The Atomic, Molecular and Optical Science
... The X-ray beam is deflected into the AMO hutch by three interaction chamber allowing easy integration of the available mirrors. They are coated with B4C and exhibit a 14 mrad angle spectrometers and sample sources (cf. Table 1). Further, C1 of incidence. The KB-mirror system is the essential X-ray p ...
... The X-ray beam is deflected into the AMO hutch by three interaction chamber allowing easy integration of the available mirrors. They are coated with B4C and exhibit a 14 mrad angle spectrometers and sample sources (cf. Table 1). Further, C1 of incidence. The KB-mirror system is the essential X-ray p ...
4Pi Microscopy
... The MMM-4Pi microscope (Egner et al., 2002a) has been designed to increase the recording speed compared to a single-beam 4Pi microscope. It consists of the two subunits sketched in Figure 30.2. The head of the MMM-4Pi includes the beam-splitter and the objective lenses that are illuminated through b ...
... The MMM-4Pi microscope (Egner et al., 2002a) has been designed to increase the recording speed compared to a single-beam 4Pi microscope. It consists of the two subunits sketched in Figure 30.2. The head of the MMM-4Pi includes the beam-splitter and the objective lenses that are illuminated through b ...
IOSR Journal of Applied Physics (IOSR-JAP)
... Nanotechnology concerns with the development of experimental processes for the synthesis of nanoparticles of different sizes, shapes and controlled dispersity [1] Recently, metal nano particles have been intensively studied due to widely exploited use in catalysis[2], photonics[3], optoelectronics[4 ...
... Nanotechnology concerns with the development of experimental processes for the synthesis of nanoparticles of different sizes, shapes and controlled dispersity [1] Recently, metal nano particles have been intensively studied due to widely exploited use in catalysis[2], photonics[3], optoelectronics[4 ...
:KDWLV/LJKW" (OHFWURPDJQHWLF:DYH7KHRU\
... this, an infrared photon often lacks the energy required to pass the detection threshold of a quantum detector. Infrared is usually measured using a thermal detector such as a thermopile, which measures temperature change due to absorbed energy. While these thermal detectors have a very flat spectra ...
... this, an infrared photon often lacks the energy required to pass the detection threshold of a quantum detector. Infrared is usually measured using a thermal detector such as a thermopile, which measures temperature change due to absorbed energy. While these thermal detectors have a very flat spectra ...
Electroholographic tunable volume grating in the g44
... As can be seen two diffraction gratings are formed along the x axis: (i) a constant (i.e., independent of Eo) grating with a 2K grating vector induced by the diagonal terms, and (ii) an electroholographic grating induced by the off-diagonal term with a grating vector K and an amplitude ␦共⌬n兲 = no3g4 ...
... As can be seen two diffraction gratings are formed along the x axis: (i) a constant (i.e., independent of Eo) grating with a 2K grating vector induced by the diagonal terms, and (ii) an electroholographic grating induced by the off-diagonal term with a grating vector K and an amplitude ␦共⌬n兲 = no3g4 ...
Development of a Total Internal Reflection Illumination System for
... Many cell surface receptors consist of multiple subunits that non-‐covalently associate to form a complete receptor. The integrin receptor is one such example. It is hypothesized that a drug (Thioridazine) ...
... Many cell surface receptors consist of multiple subunits that non-‐covalently associate to form a complete receptor. The integrin receptor is one such example. It is hypothesized that a drug (Thioridazine) ...
Forensic Science
... •The examination of the interaction of plane-polarized light with matter is made possible with the polarizing microscope. •Polarizing microscopy has found wide applications for the study of birefringent materials (materials that split a beam of light in two, each with its own refractive index value) ...
... •The examination of the interaction of plane-polarized light with matter is made possible with the polarizing microscope. •Polarizing microscopy has found wide applications for the study of birefringent materials (materials that split a beam of light in two, each with its own refractive index value) ...
A new integrated optical angular velocity sensor
... the range 1-200 °/s has been achieved with a theoretical angle random walk of 0.1 °/√h. The study of the cavity element for a resonant micro optic gyroscope has been proposed in [5]. The resonator consists of a circular waveguide fabricated by ion-beam deposition, designed to get a finesse equal to ...
... the range 1-200 °/s has been achieved with a theoretical angle random walk of 0.1 °/√h. The study of the cavity element for a resonant micro optic gyroscope has been proposed in [5]. The resonator consists of a circular waveguide fabricated by ion-beam deposition, designed to get a finesse equal to ...
- Papers in Physics
... a detection probability of two events on different channels due to detector artifacts below 0.4% [3]. Nevertheless, runs with multiple state detection are discarded. The penalty of such arrangement is a maximum allowed raw pulse rate given by the total delay time of the sequence of pulses: in the p ...
... a detection probability of two events on different channels due to detector artifacts below 0.4% [3]. Nevertheless, runs with multiple state detection are discarded. The penalty of such arrangement is a maximum allowed raw pulse rate given by the total delay time of the sequence of pulses: in the p ...
Optical Properties of Lithium - Zinc – Boro- MolybdateGlass
... calculated using data on the polarizability of cations having the following values: Li+ = 0.024 Å3, B3+ = 0.002 Å3, Nd3+ = 2.546 Å3 , Gd3+ = 2.381 Å3,Sm3+ = 2.435 Å3, Mo3+= 0.169 Å3and Zn2+ = 0.283 Å3 [18]. The various optical parameters discussed above are also listed in Table 3. The theoretical op ...
... calculated using data on the polarizability of cations having the following values: Li+ = 0.024 Å3, B3+ = 0.002 Å3, Nd3+ = 2.546 Å3 , Gd3+ = 2.381 Å3,Sm3+ = 2.435 Å3, Mo3+= 0.169 Å3and Zn2+ = 0.283 Å3 [18]. The various optical parameters discussed above are also listed in Table 3. The theoretical op ...
Multichip module with planar-integrated free-space
... nonblocking, and do not require sophisticated control and configuration algorithms. Their relevance for digital computing lies in the fact that any digital algorithm may be executed in parallel by use of appropriate sets of Boolean sum-of-product terms of the given input data that can be calculated ...
... nonblocking, and do not require sophisticated control and configuration algorithms. Their relevance for digital computing lies in the fact that any digital algorithm may be executed in parallel by use of appropriate sets of Boolean sum-of-product terms of the given input data that can be calculated ...
Optical Data Storage.pdf
... of the intermediate state. The "nonlinear" in the description of this process means that the strength of the interaction increases faster than linearly with the electric field of the light. In fact, under ideal conditions the rate of TPA is proportional to the square of the field intensity. This dep ...
... of the intermediate state. The "nonlinear" in the description of this process means that the strength of the interaction increases faster than linearly with the electric field of the light. In fact, under ideal conditions the rate of TPA is proportional to the square of the field intensity. This dep ...
Understanding Radiance, Irradiance and Radiant Flux
... image of the Xe arc on a very small area of the retina and the eye does not feel comfortable. The larger area fluorescent lamp will form an image over a much larger area on the retina, which the eye can tolerate more comfortably. The arc-lamp has a much higher radiance than the fluorescent lamp, eve ...
... image of the Xe arc on a very small area of the retina and the eye does not feel comfortable. The larger area fluorescent lamp will form an image over a much larger area on the retina, which the eye can tolerate more comfortably. The arc-lamp has a much higher radiance than the fluorescent lamp, eve ...
Total internal reflection holography for optical interconnections
... the holographic optical elements (HOEs) and the computergenerated elements . Modern microfabrication technology enables the realization of efficient computer-generated diffractive elements. Difficulties arise with the actual technology for the fabrication of complex structures with more than 1000 li ...
... the holographic optical elements (HOEs) and the computergenerated elements . Modern microfabrication technology enables the realization of efficient computer-generated diffractive elements. Difficulties arise with the actual technology for the fabrication of complex structures with more than 1000 li ...
Is the Magnetosphere a Lens to MHD Waves?
... by Ms and the subsequent rectilinearpropagation in a medium of constantrefractive index % for the distance (x- L/2) represented by Ml(x -- L/2). The focal length of the optical systemrepresentingthe magnetosphere can be computedfrom (2) -- (5) for a ray incident parallel to the x axis. The focal len ...
... by Ms and the subsequent rectilinearpropagation in a medium of constantrefractive index % for the distance (x- L/2) represented by Ml(x -- L/2). The focal length of the optical systemrepresentingthe magnetosphere can be computedfrom (2) -- (5) for a ray incident parallel to the x axis. The focal len ...
Stimulated Brillouin scattering parasitics in large
... short-pulse (10 nsec), narrow-band (<0.5 cm-') operation creates the potential for transverse SBS processes. The SBS-generated optical wave would be a parasitic wave that removes energy from the transmitted wave and simultaneously generates an intense acoustic wave, which could fracture large window ...
... short-pulse (10 nsec), narrow-band (<0.5 cm-') operation creates the potential for transverse SBS processes. The SBS-generated optical wave would be a parasitic wave that removes energy from the transmitted wave and simultaneously generates an intense acoustic wave, which could fracture large window ...
EsmaelH.M.YahyaMFKE2007TTTABS
... device is widely used in optical network, especially in the optical link of fiber-to-thehome (FTTH). The design is carried out using BPM_CAD, which is a very powerful and user-friendly optics waveguides modeling method as it core element. Research on optical waveguide switching using directional cou ...
... device is widely used in optical network, especially in the optical link of fiber-to-thehome (FTTH). The design is carried out using BPM_CAD, which is a very powerful and user-friendly optics waveguides modeling method as it core element. Research on optical waveguide switching using directional cou ...
